Between you and me, we understand that solar energy is a good eco-friendly energy resource and that we need to begin to utilize it more specifically when the Earth’s fossil fuel reserves are slowly diminishing and will run out in 30 to 50 years. And solar energy is as great as any other alternative energy resource out there.

The issue with solar energy is that you can just harness it during the daytime. And even when the sun is up, the sunlight will be interrupted by occasional cloud covers, rains, fog, and even smog. So in order to harness the sun’s energy we require equipment that can get as much solar power as possible at a given time and we need some way of saving that energy so we can use them without any disruptions.

We do have the technology to harness the sun’s energy, convert it into functional electricity, and store them for future usage. And that technology itself is the main reason solar energy has actually not been captured even today. The procedure of making photovoltaic panels along with the technology for storing that harnessed power remains to be rather costly.

The good thing about this reality today is that due to the recent boost in the expenses of fuel and gas, solar power is no longer a far brought option. The space between the costs has actually decreased significantly and hopefully, in the near future, the expenses of solar energy production will be quite competitive.

The expenses of photovoltaic cells are undoubtedly rather expensive than modern oil and gas equipment. But among the flaws of the argument of expenses is that people tend to limit their point of view of solar power by just referring to photovoltaic cells. There are other means of utilizing solar power and not all of them are as costly as PV cell manufacturing.

One method of getting the sun’s energy and transforming it into usable electricity is the idea of solar thermal plants. In solar thermal innovation, different solar batteries are used to produce heat which can be applied from the most basic heating and ventilation of homes to the production of enormous quantities of electrical energy. Making use of mirrors or lenses to show sunshine to towers equipped with liquids that heat up and produce steam. The steam then turns turbines which in turn produce the electrical power required.

The process includes another step compared to photovoltaics which transforms solar power straight into electrical power. However, solar thermal systems of power production are more affordable than the production of PV cells. For a bigger consumer market, it seems that solar thermal energy is the way to go.

Regardless, the point here truly is to stress that solar energy has more to offer. The expense of production is a valid argument versus solar energy however still there are ways around it. Costs can be reduced by utilizing other strategies of utilizing solar power or future advancements in the field of science and technology that will produce products that are more cost-effective than what is available today.

Between you and me, we know that solar energy is a good eco-friendly energy resource and that we must start to utilize it more especially when the Earth’s fossil fuel reserves are gradually diminishing and will run out in 30 to 50 years. And solar energy is as great as any other alternative energy resource out there. In order to harness the sun’s energy we need devices that can get as much solar power as possible at a given time and we require some way of keeping that energy so we can use them without any disturbances.

In solar thermal technology, various solar collectors are used to produce heat which can be applied for the easiest heating and ventilation of homes to the production of massive quantities of electricity. Costs can be minimized by using other strategies of harnessing solar energy or future developments in the field of science and innovation that will produce products that are more cost-efficient than what is readily available today.